01
Domestication & Adaptation
Study how wild, local, or less-established crops respond to controlled light, climate, nutrition, and photoperiod before wider cultivation.
Controlled adaptation studiesCONTROLLED ENVIRONMENT CROP PLATFORM
Discover how crops
grow best.
CropCore is a controlled-environment platform for plant adaptation studies, crop recipe discovery, reproducible growth experiments, and precision indoor cultivation — combining chamber automation, sensor telemetry, and time-series growth imaging.
01Domestication & adaptation studies
02Crop recipe discovery
03Visual growth evidence
Chamber CC-01Auto Mode
Air Temp23.8°C
Humidity67%
CO₂782 ppm
PPFD318
Growth CycleDay 18 / 35
Active RecipeCHV-Leafy v2.1Vegetative stage
PLANT ADAPTATIONCROP RECIPE DISCOVERYCONTROLLED EXPERIMENTGROWTH IMAGINGREPRODUCIBLE CULTIVATION
WHAT CROPCORE IS FOR
From plant adaptation
to repeatable cultivation.
CropCore is designed to answer a practical research question: under what controlled conditions does a crop perform best? The chamber keeps the environment measurable, while recipes, telemetry, and images turn each growth cycle into comparable evidence.
02
Crop Recipe Discovery
Compare environmental setpoints across cycles and identify a repeatable operating recipe for each crop, cultivar, or growth stage.
Parameter optimization03
Controlled Growth Experiments
Run repeatable trials where temperature, humidity, CO₂, PPFD, pH, EC, irrigation, and photoperiod are recorded together.
Reproducible experiments04
Phenotyping & Growth Tracking
Create time-series image datasets for canopy coverage, morphology, color change, growth rate, and future computer-vision analysis.
Visual evidence05
Acclimatization
Prepare seedlings or plant material through staged environmental transitions before moving them to greenhouse or field conditions.
Transition management06
Precision Indoor Production
Apply validated recipes to herbs, leafy greens, seedlings, specialty crops, and other high-value plants in compact controlled environments.
Repeatable productionRESEARCH-TO-RECIPE WORKFLOWOne cycle should create knowledge for the next.
01Select crop
& hypothesis
→
& hypothesis
02Define controlled
setpoints
→
setpoints
03Grow, monitor
& capture
→
& capture
04Compare
response
→
response
05Refine crop
recipe
recipe
THE TECHNOLOGY BEHIND THE EXPERIMENT
Control the environment.
Measure the response.
The platform connects environmental sensing, chamber automation, crop recipes, and visual growth records. This makes changes in plant response easier to relate back to the conditions applied during each cycle.
≈
Sense
Track temperature, humidity, CO₂, light intensity, pH, EC, water temperature, tank level, and other chamber variables.
Environmental telemetry◎
Control
Coordinate grow lights, circulation, cooling, pumps, dosing, and other actuators according to operational setpoints.
Device automation⌁
Recipe
Define crop targets by growth stage, including climate, lighting, nutrient, irrigation, and photoperiod parameters.
Repeatable cultivation◫
Observe
Capture plant images automatically from Raspberry Pi cameras to build a visual growth sequence for every crop cycle.
Growth imagingCROP RECIPE ENGINE
Turn experimental results into a repeatable crop recipe.
A Crop Recipe stores the operating targets for each growth stage. Researchers can compare cycles, refine setpoints, and convert validated findings into a structured cultivation profile that can be run again.
Climate setpointsPhotoperiod & PPFDpH & EC targetsIrrigation scheduleGrowth stagesCycle history
See recipe workflow →
ACTIVE CROP RECIPE
VEGETATIVEChervil / CHV-Leafy v2.1
Day 18 / 35
Estimated harvest in 17 days
Air Temp23°C
Humidity65%
CO₂800 ppm
PPFD320
pH6.2
EC1.4 mS
09:20
09:19
09:18
09:17
09:16
GROWTH CAMERA
Turn plant growth
into visual evidence.
Raspberry Pi cameras can send a new frame to the server every minute, creating a time-series record for comparing plant response, documenting adaptation, and building datasets for later phenotyping or computer-vision analysis.
1,440captures/day per camera
Timelinebrowse growth by date and time
Timelapseconvert a full cycle into visual history
Vision-readyfoundation for canopy and growth analytics
CROPCORE PLATFORM
Monitor the whole growing cycle
from one dashboard.
Operational status, environmental trends, crop recipe, devices, growth images, analytics, and alerts stay together in one interface.
WHO CROPCORE IS FOR
A shared platform for crop research
and controlled cultivation.
CropCore can support research teams during discovery and operators when a validated recipe moves toward repeatable production.
Universities & Research Labs
Controlled trials, student research, crop physiology studies, adaptation experiments, and reproducible datasets.
Seed & Breeding Programs
Compare cultivars or accessions under defined environmental conditions and document their growth response.
Crop & Agritech R&D
Develop operating recipes, validate sensors and automation strategies, and test new controlled-environment methods.
Specialty Crop Growers
Apply validated recipes to high-value crops where consistency, traceability, and repeatable quality matter.
CROPCORE BY INDOMAKER
Turn controlled growth into usable knowledge.
Start with a measurable chamber, test how a crop responds, and refine the result into a recipe that can be repeated.